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24 COMPACTRON TYPES NOW AVAILABLE Compactrons

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24 COMPACTRON TYPES NOW AVAILABLE Compactrons 24 COMPACTRON TYPES NOW AVAILABLE Compactrons . G.E.’s all-new SET DESCRIPTION CHARACTERISTICS BASING HEATER 12-pin multi-function devices . TYPE MANUFACTURER SIMILAR TO provide increased reliability and 1AD2 Experimental Circuits HV Diode 1J3 High-Voltage Rectifier I2D Q 1.25V 0.2A more compact circuitry than tubes 2AH2 General Electric HV Diode 3A3 High-Voltage Rectifier 12DG 2.5V 0.3A or transistors. This is accomplished, 6AF1 1 General Electric Disstmilar- High-Mu Triode Section (Pins partly, by combining several func­ Double-Triode 5, 6, and 8) plus 6CX8 I 2DP 6.3V 1.05A tions into a single, low-profile en­ Pentode velope requiring fewer pins, stems, 6AG11 Experimental Circuits Duplex-Diode 1 2AT7 Twin Triode plus 6BW8 sockets, welds and handling opera­ Twin Triode Diodes with Separate Cathodes 1 2DA 6.3V 0.75A tions. In a typical AC-DC radio, 3 6AL11 General Electric Dissimilar- 6DT6 (Pins 2, 3, 4, 6, and 7} Double-Pentode plus 6AQ5 12BU 6.3V 0.9A compactrons do the job of 6 tubes Double-Pentode Two 6GM6 Pentodes 1 2DM 6.3V 0.8A or 8 transistors . and do it 6AR11 General Electric 6AS11 General Electric Dissimilar- High-Mu Triode Section (Pins cheaper and easier. Compactrons use Double-Triode 5 , 6/ and 8) plus 6CX8 12DP 6.3V 1.05A about 35% less power than tubes to Pentode perform a given function, yet they 6AV11 Muntz Triple Triode Three 12AU7 Triode Sections 12BY 6.3V 0.6A deliver more power output. Larger 6AX3 General Electric & bulb diameter and 12-pin stems de­ Muntz Diode 6AX4-GTB Damping Diode 12BL 6.3V 1.2A crease bulb temperature about 15%, 6B10 General Electric Duplex-Diode 1 2AU7 Twin Triode plus 6BW8 as compared to similar conventional Twin Triode Diodes 12BF 6.3V 0.6A tube types. The result: increased life 6C10 Experimental Circuits Triple Triode Three 1 2AX7 Triode Sections 12BQ 6.3V 0.6 A expectancy and greater reliability. 6D10 Experimental Circuits Triple Triode Three 1 2AT7 Triode Sections 12BY 6.3V 0.45A Servicing will be easier because 6FJ7 General Electric Dissimilar- 6DN7 Vertical Oscillator less wiring and fewer solder connec­ Double Triode (Pins 9, 10, and 11) and Amplifier 12BM 6.3 V 0.9A tions are necessary with compac­ 6G 11 General Electric Dissimilar- 6DT6 (Pins 2, 3, 4, 6 and trons. The large-diameter pin circle Double Pentode 7) plus 6CU5 12BU 6.3V 1.2A reduces clustering of components, 6GE5 General Electric & gives more space for wiring and Muntz Beam Pentode 6DQ6B Hor. Defl. Amp. 12BJ 6.3V 1.2A increases the arc-over rating to more 6GF5 General Electric & than 10,000 volts. Muntz Beam Pentode 6DQ6B Hor. Defl. Amp. 12BJ 6.3V 1.2A Some of today’s newest equipment 6J1T Muntz Twin Pentode Two 6EW6 Pentodes 12BW 6.3V Q.4A features compactrons . TV sets 6K11 Admiral Three-Section One 1 2AU7 Section (Pins Triode 4. 9, and 10) plus two by 3 major manufacturers, portable 1 2AX7 Sections 12BY 6.3V 0.6A halogen leak detectors, electronic 6M11 Experimental Circuits Twin-Triode Two 1 2AT7 Sections plus street lighting controls, multiplex Pentode 6EW6 Pentode 1 2CA 6.3V 0.75A adapters, and single-sideband com­ 8B10 General Electric Duplex-Diode munication equipment. Basic speci­ Twin-Triode 6B10 12BF 8.5V 0.45A fications of the twenty-four types 12AX3 General Electric Diode 6AX3 12BL 12.6V 0.6A are shown at the right. Note that up 12GE5 General Electric Beam Pentode 6GE5 12BJ 12.6V D.6A to four circuit functions can be 17AX3 General Electric Diode 6AX3 12BL 16.8V 0.45A performed by a single compactron. 17GE5 General Electric Beam Pentode 6GE5 12BJ 16.8V 0,45A Compactrons are produced in various sizes and shapes. 6.
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